In oceanography, the proportionality coefficient in this law is denoted alpha and equals 22,400 times this law's namesake constant, while in medicine, the proportionality constant is denoted beta and is equal to one over the law's namesake constant. That constant is the limit as the mole fraction goes to zero of the (*) fugacity divided by the mole fraction. The van't Hoff extrapolation predicts that constant's value at a different temperature using the enthalpy of solution. This law does not apply to liquid-liquid extraction, in which Raoult's law is more accurate. Fo
In oceanography, the proportionality coefficient in this law is denoted alpha and equals 22,400 times this law's namesake constant, while in medicine, the proportionality constant is denoted beta and is equal to one over the law's namesake constant. That constant is the limit as the mole fraction goes to zero of the (*) fugacity divided by the mole fraction. The van't Hoff extrapolation predicts that constant's value at a different temperature using the enthalpy of solution. This law does not apply to liquid-liquid extraction, in which Raoult's law is more accurate. For 10 points, name this law stating that the concentration of gas dissolved in a liquid is proportional to the partial pressure of the gas above the liquid.
In oceanography, the proportionality coefficient in this law is denoted alpha and equals 22,400 times this law's namesake constant, while in medicine, the proportionality constant is denoted beta and is equal to one over the law's namesake constant.
{Henry’s} Law